The Traditions

Schools & systems

Cybernetics & Systems Theory

Living things, machines, and minds are all goal-seeking systems governed by feedback — they sense the gap between where they are and where they aim, and correct toward the target — so the self can be understood, and re-aimed, as a kind of self-regulating mechanism.

Founded 1940s — Wiener's Cybernetics (1948); Macy Conferences (1946–1953); second-order cybernetics and autopoiesis (1970s); self-image and NLP offshoots (1960s–1980s)

Cybernetics is the science of control and communication in the animal and the machine — Norbert Wiener’s own subtitle. Its central idea is the feedback loop: a system that compares its current state to a goal, registers the error, and acts to close it, looping until the target is reached.

A thermostat, a guided missile, a hand reaching for a cup, and a person pursuing an ambition are, on this view, the same kind of thing — goal-seeking systems steered by information about their own performance. From this grew systems theory, much of cognitive science, and the modern vocabulary of “feedback,” “homeostasis,” and “self-regulation.” It enters the mind-power lineage through one decisive borrowing: if the self is a goal-seeking mechanism, then the self-image is its setpoint.

Change the target the system is steering toward — change who you take yourself to be — and the automatic machinery re-aims the whole life toward it. That move, made explicit by Maxwell Maltz, is the bridge from rigorous engineering to mental-science self-help (→ The Inner Creates the Outer).

Wiener and the founding text (1948). Mathematician Norbert Wiener published Cybernetics; or, Control and Communication in the Animal and the Machine (1948), naming the field and generalizing wartime work on feedback-controlled gun-laying into a science of purposive systems.

  • The Macy Conferences (1946–1953). A landmark interdisciplinary series funded by the Josiah Macy, Jr. Foundation gathered Wiener, John von Neumann, Claude Shannon, Warren McCulloch, Margaret Mead, and Gregory Bateson to forge a common theory of feedback and information across biology, machines, and society.
  • Second-order cybernetics (1970s). Heinz von Foerster turned the lens back on the observer — “the cybernetics of observing systems” — consolidated in his edited Cybernetics of Cybernetics (1974). The observer is no longer outside the system but part of it.
  • Autopoiesis (1970s). Biologists Humberto Maturana and Francisco Varela described living things as autopoietic — self-producing, self-maintaining systems — a cornerstone of the second-order turn and of the later cognitive-science theory of mind as embodied.
  • The self-image bridge (1960). Plastic surgeon Maxwell Maltz, drawing directly on Wiener, published Psycho-Cybernetics (1960), modeling the brain as a “servo-mechanism” guided automatically toward whatever goal the self-image holds.
  • NLP (from 1975). Richard Bandler and John Grinder launched Neuro-Linguistic Programming with The Structure of Magic I (1975), branding a “modeling” technology on cybernetic and linguistic language. (see the note on the evidence below.)

Feedback and the loop. Behavior is steered by continuous comparison of state to goal; error signals drive correction. This is the master concept. (→ The Inner Creates the Outer — looping correction is how patterns install.)

  • Homeostasis and goal-seeking. Systems hold themselves stable around setpoints and “steer” automatically toward targets once a goal is set — no conscious micromanagement required. (→ The Inner Creates the Outer — the automatic, subconscious machinery does the work.)
  • The self-image as governor (Maltz). The self-image is the setpoint of the human servo-mechanism; reset it and the system re-aims the whole life. You “get what you ARE” because the mechanism tracks the identity it holds. (→ The Inner Creates the Outer, The Inner Creates the Outer.)
  • The observer in the system (second-order). There is no detached, objective viewpoint; the observer co-constitutes what is observed — a scientific echo of “the outer mirrors the inner.” (→ The Inner Creates the Outer.)
  • Autopoiesis. Living systems continually produce themselves; identity is an ongoing self-making process, not a fixed thing. (→ The Inner Creates the Outer.)

Norbert Wiener — Cybernetics (1948); founder of the field (named in prose; no node yet).

  • Gregory Bateson — anthropologist; carried cybernetic thinking into mind, ecology, and communication (“the pattern which connects”).
  • Francisco Varela — co-author of autopoiesis and the embodied-mind program.
  • Karl Friston — the “free-energy principle” / active inference, the contemporary heir: minds as prediction-error-minimizing systems.
  • Maxwell Maltz — Psycho-Cybernetics (1960); the self-image servo-mechanism, the mind-power bridge.
  • Richard Bandler & John Grinder — co-founders of NLP; The Structure of Magic I (1975).,
  • In prose (no nodes): Heinz von Foerster (second-order cybernetics) and Humberto Maturana (autopoiesis).
A note on the evidence (important). Keep two layers apart. Cybernetics proper — Wiener, the Macy circle, von Foerster, Maturana–Varela, Friston — is rigorous science and engineering, and a direct parent of cognitive science. The mind-power borrowings run through the feedback/self-regulation idea: Maltz’s self-image servo is a genuine, useful metaphor but a metaphor, not a result. The science is solid; the self-help that borrows its language must be judged separately and, in NLP’s case, sceptically.

Cybernetics gives the Atlas its most precise mechanical model of an old intuition: The Inner Creates the Outer identity precedes circumstance (the self-image as setpoint that the whole system tracks), with The Inner Creates the Outer the automatic subconscious machinery, The Inner Creates the Outer repetition as how a loop installs a new pattern, and The Inner Creates the Outer belief/expectation shaping outcome through the observer’s place in the loop.

Where other traditions say “you become what you assume,” cybernetics says “a goal-seeking system steers toward its setpoint” — the same truth in the language of control theory.

Grew from: wartime control engineering and the interdisciplinary Macy Conferences; alongside information theory (Shannon) and early computing (von Neumann). Seeded: modern cognitive science and the embodied-mind program; family therapy and ecological thinking (through Bateson); and, in the mind-power stream, the success literature of goal-setting and self-image (Maltz’s servo-mechanism became standard self-help furniture) and the transpersonal interest in self-organizing systems and the observer-included view of mind.,

Richard Bandler
Cybernetics & Systems Theory
Richard Bandler
1950-present
Norbert Wiener
Cybernetics & Systems Theory
Norbert Wiener
1894-1964
Alfred Korzybski
Cybernetics & Systems Theory
Alfred Korzybski
1879-1950
John Grinder
Cybernetics & Systems Theory
John Grinder
1940-present
Cybernetics & Systems Theory
Warren McCulloch
1898–1969
Maxwell Maltz
Cybernetics & Systems Theory
Maxwell Maltz
1889-1975
Gregory Bateson
Cybernetics & Systems Theory
Gregory Bateson
1904-1980
Heinz von Foerster
Cybernetics & Systems Theory
Heinz von Foerster
1911-2002
Claude Shannon
Cybernetics & Systems Theory
Claude Shannon
1916–2001
Alan Turing
Cybernetics & Systems Theory
Alan Turing
1912–1954
José Silva
Cybernetics & Systems Theory
José Silva
1914-1999
Walter Pitts
Cybernetics & Systems Theory
Walter Pitts
1923–1969
Cybernetics & Systems Theory
John C. Lilly
1915-2001
Virginia Satir
Cybernetics & Systems Theory
Virginia Satir
1916-1988
W. Ross Ashby
Cybernetics & Systems Theory
W. Ross Ashby
1903–1972
Andy Clark
Cybernetics & Systems Theory
Andy Clark
1957-present
Cybernetics & Systems Theory
Karl Friston
1959-present
Humberto Maturana
Cybernetics & Systems Theory
Humberto Maturana
1928-2021
Francisco Varela
Cybernetics & Systems Theory
Francisco Varela
1946-2001
Douglas Hofstadter
Cybernetics & Systems Theory
Douglas Hofstadter
1945-present
Thomas Metzinger
Cybernetics & Systems Theory
Thomas Metzinger
1958-present
Norman Doidge
Cybernetics & Systems Theory
Norman Doidge
1953-present
Rick Hanson
Cybernetics & Systems Theory
Rick Hanson
1952-present
Daniel Siegel
Cybernetics & Systems Theory
Daniel Siegel
1957-present
Cybernetics & Systems Theory
Hal Hershfield
1979-present
Amos Tversky
Cybernetics & Systems Theory
Amos Tversky
1937-1996
Cybernetics & Systems Theory
Daniel Schmachtenberger
c. 1980–present